This fully automated robotic laser welding machine integrates high-precision fiber laser technology with six-axis industrial robotics to handle complex, high-volume welds on the fly. It’s built for production lines where consistency and throughput can’t afford downtime—think automotive chassis components, battery enclosures for EVs, or stainless steel HVAC manifolds. The system handles part loading, seam tracking, real-time power modulation, and post-weld inspection in one seamless motion, eliminating manual intervention between cycles.
Speed isn’t just about faster cycle times—it’s about predictable, repeatable output without sacrificing integrity. With peak welding speeds up to 4.2 meters per minute and thermal distortion kept under 0.15 mm across 1.2-meter assemblies, operators see fewer reworks, less scrap, and smoother handoffs to downstream stations. The fiber laser source delivers stable beam quality over 20,000 hours, and our closed-loop monitoring adjusts for joint gap variation on the fly—so first-pass yield stays above 99.3% even during extended shifts.
At INTOUCHRAY, we don’t ship a “standard” machine and ask you to adapt your line to it. Instead, we start by mapping your part geometry, material stack-ups, fixture strategy, and floor layout—then configure the robot reach, laser power (1–6 kW), vision-guided seam finder, fume extraction integration, and even safety zone zoning to match. Whether you’re welding 0.5-mm aluminum heat sinks or 8-mm structural steel, we tailor the hardware, software logic, and operator interface—not just bolt on options.
Key Features
- It’s built for production lines where consistency and throughput can’t afford downtime—think automotive chassis components, battery enclosures for EVs, or stainless steel HVAC manifolds.
- The system handles part loading, seam tracking, real-time power modulation, and post-weld inspection in one seamless motion, eliminating manual intervention between cycles.
- With peak welding speeds up to 4.2 meters per minute and thermal distortion kept under 0.15 mm across 1.2-meter assemblies, operators see fewer reworks, less scrap, and smoother handoffs to downstream stations.
- The fiber laser source delivers stable beam quality over 20,000 hours, and our closed-loop monitoring adjusts for joint gap variation on the fly—so first-pass yield stays above 99.3% even during extended shifts.
Typical Applications
Automated Robotic Laser Welding Production Lines is suited to coil unwinding and leveling, multi-head cutting and welding lines, automated material handling, continuous production.
Why Intouchray
Every Intouchray machine is designed and manufactured in-house by Guangdong Intouch Technology (est. 2001, Dongguan), with 20+ years of laser R&D and 100+ machine models shipped worldwide. Production runs under ISO 9001:2015 with CE-certified product series, and control logic is developed by our own R&D team so custom sequences, material tracking, and process adjustments can be integrated before shipping.
FAQ
Can the line be configured for my product?
Yes – Intouchray production lines are built around the customer’s part dimensions and cycle requirements.
